DJ type large inclination sidewall belt conveyor
1 Overview  This series of products is mainly used for the continuous conveying of bulk materials at large in

1. Overview

  This series of products is mainly used for the continuous conveying of bulk materials at large inclination angles, and adopts conveyor belts with corrugated sidewalls and transverse partitions. The conveying inclination angle is 0-90° (70° is the best), and its characteristics are: the horizontal inclined conveying can be completed in a narrow space with one equipment, and it has a general belt conveyor with high reliability, energy saving and low inclination conveying. Bucket elevators have the advantages of reliable and economical lifting of materials. This series of products are widely used in coal, grain, building materials, chemical industry, hydropower and metallurgy and other departments to transport various bulk materials with a bulk density of 0.5-2.5t/m3 in the ambient temperature range of -19℃-+40℃. For materials with special requirements for conveying, such as materials with high temperature resistance or ingredients such as acid, alkali, oily substances, organic solvents, etc., it must be proposed when ordering, and special sidewall conveyor belts of corresponding materials should be used.


2. Technical parameters:

 

带宽B
 
400
500
600
800
1000
1200
1400
挡边高H
 
60
80
80
120
120
160
160
200
160
240
200
600
240
400
最小横隔板间距
 
100
120
120
160
160
200
200
250
200
280
250
350
280
400
输送量(原煤、
带速1m/s)M 3/h
35°
28
36
50
71
104
120
157
195
216
327
331
466
500
794
45°
19
25
33
57
83
97
127
157
175
271
267
384
414
680
60°
15
19
23
40
58
59
90
112
124
197
190
278
302
524
90°
9
11
15
21
31
37
48
60
66
106
102
149
162
281
外型尺寸
头轮带面高H1
1200
1350
1615
1815
2000,2200
2300,2525
2525,2700
尾轮带面高H2
690
800
950
1115
1250,1400
1600,1700
1600,1700
中间段带面高H3
700
800
850
1115
850,1200
1400,1500
1600,1700
中间段地脚宽B1
580
850
1020
1220
1440
1690
1890

 Note: The conveying capacity in this product is calculated according to the minimum spacing between the diaphragms, the belt speed increases or decreases, and the conveying capacity increases or decreases exponentially; other materials can be determined by referring to this table.

粒度mm
《100
《160
《250mm
速度m/s
挡边高《120mm
倾角《30°
2
1.6
 
倾角《60°
1.6
1.25
 
挡边高《240mm
倾角《30°
2.5
2
1.6
倾角《60°
1.6
1.6
1.0


3. Appearance drawing


 

4. Selection

  According to the characteristics of the conveyed material, the inclination angle and the conveying volume, refer to Table 1 and Table 2 to determine the belt width, sidewall height and belt speed of the conveyor. in:

  (1) The sidewall conveyor belt is divided into room temperature (-20~50℃), heat resistance (below 120℃), high temperature resistance (below 180℃), acid resistance, alkali resistance, oil resistance, etc.;

  (2) When conveying bulk materials, the sidewall should be high; it is also possible to increase the conveying capacity by increasing the belt speed (1.25m/s, 1.6m/s, 2m/s) without increasing the bandwidth and sidewall. ;

  (3) The maximum conveying height is 70m, and the maximum particle size should be 30-40mm less than the height of the rib.

  (4) The distance between the upper rollers is generally 1.2m, the distance between the lower rollers is generally 1.2m, when the inclination angle is greater than 60°, it is 2.4m, and the distance between the anti-deviation rollers is 3-6m. L3 standard is 2200, minimum 1500.

  (5) The power estimation is as follows.


  Concise selection calculation table of large inclination belt conveyor


带宽
B(mm)
挡边高
H(mm)
30°
40°
60°
75°
输送量
(m 3/h)
功率
(Kw)
输送量
(m 3/h)
功率
(Kw)
输送量
(m 3/h)
功率
(Kw)
输送量
(m 3/h)
功率
(Kw)
500
120
52.8
2.85
63.2
1.86
26.6
1.32
19.8
0.98
650
120
77.6
3.97
55.3
2.6
39
1.85
29
1.35
160
105
5.44
76.3
3.57
56.2
2.56
41.6
1.86
800
160
133
6.99
96.6
4.59
71.2
3.28
52.6
2.38
200
195
9.8
159.8
7.07
117.6
5.07
86.5
3.66


 

Instructions for use:

    1. This table is only suitable for preliminary and simple selection, and the final selection result should be determined according to the calculation results.


    2. The data in this table are calculated according to the tape linear velocity V=1m/s, the distance between the diaphragms ts=0.25m, the material is the capacity γ=1t/m3, and the lifting height H=10m is calculated under the assumptions, if the conditions are different, it should be appropriate Convert.


    3. Selection example:

         Known: the conveying material is coal, the capacity is &gamma;=0.8t/m3, the material particle size is A<40mm, the conveying inclination is &beta;=45&deg;, the conveying volume Q=85t/h, the conveying height is 15m, find the required bandwidth and belt speed and motor power. First find that the conveying capacity of the belt conveyor should be 85t/h&divide;0.5t/m3,=106.25m3/h, and then find the conveying capacity of B=800 and H=160 in the 45&deg; inclination column in the table 96.6m3/ h is the closest, and then change the line speed to 1.25m/s, then the conveying capacity of the tape becomes 96.6m 3/h&times;1.25=120.75m 3/h, which can meet the usage requirements. The corresponding required power is 4.59Kw&times;15m&divide;10m&times;1.25=8.6kw.


    4. The form of the diaphragm is selected according to the inclination of the conveyor;

         18&deg;<&beta;&le;40&deg;T type, 40&deg;<&beta;&le;60&deg;C type, 60&deg;<&beta;&le;90&deg; TC type